This Formaldehyde Meter HFX205-100 is designed to detect formaldehyde in air. The Formaldehyde Meter HFX205-100 shows the formaldehyde-concentration on site and thereby avoids time-consuming and expensive analysis in laboratories. The Formaldehyde Meter HFX205-100 runs with help of an electromechanical sensor and is designed to determine the current permitted limit. A measurement can be accomplished in less than 30 seconds.

- Range Formaldehyde: 0…100 ppm
- Short reaction time
- Real-time display
- Manual and auto data storage
- High-speed USB
- Software for Online Data transfer

This Formaldehyde Meter HFX205-25 is designed to detect formaldehyde in air. The Formaldehyde Meter HFX205-25 shows the formaldehyde-concentration on site and thereby avoids time-consuming and expensive analysis in laboratories. The Formaldehyde Meter HFX205-25 runs with the help of an electromechanical sensor and is designed to determine the current permitted limit. A measurement can be accomplished in less than 30 seconds.

- Range Formaldehyde: 0…25 ppm
- Short reaction time
- Real-time display
- Manual and auto data storage
- High-speed USB
- Software for Online Data transfer

This Formaldehyde Meter HFX205-50 is designed to detect formaldehyde in air. The Formaldehyde Meter HFX205-50 shows the formaldehyde-concentration on site and thereby avoids time-consuming and expensive analysis in laboratories. The Formaldehyde Meter HFX205-50 runs with help of an electromechanical sensor and is designed to determine the current permitted limit. A measurement can be accomplished in less than 30 seconds.

- Range Formaldehyde: 0…50 ppm
- Short reaction time
- Real-time display
- Manual and auto data storage
- High-speed USB
- Software for Online Data transfer

PCE-TG 250 is a portable Material Thickness Meter with an easy-to-read 4-digit display. This ultrasound-based Material Thickness Meter uses a contact transducer (included) to measure the thickness of coated and uncoated ferrous and non-ferrous metal, glass, plastic, and other homogeneous materials including aluminum, brass, copper, iron, lead, nickel, steel, gold, titanium, pyrex and quartz glass, nylon, polyethylene, and silicone rubber.

- Measurement range: 1 mm ... 250 mm / 0.04 in ... 9.84 in (uncoated steel), 2.5 mm ... 20 mm / 0.1 in ... 0.79 in (coated surfaces)
- Accuracy: ±0.5% of measured value + 0.02 mm / 0.0008 in
- Resolution: 0.01 mm / 0.0004 in (Less than 100 mm / 3.9 inch); 0.1 mm / 0.004 in (over 100 mm / 3.9 inch)
- Sound velocity: 1000 m/s ... 9999 m/s / 3280 ft/s ... 32805 ft/s

 

PCE-TG 250 is a portable Thickness Meter with an easy-to-read 4-digit display. This ultrasound-based Thickness Meter uses a contact transducer (included) to measure the thickness of coated and uncoated ferrous and non-ferrous metal, glass, plastic, and other homogeneous materials including aluminum, brass, copper, iron, lead, nickel, steel, gold, titanium, pyrex and quartz glass, nylon, polyethylene, and silicone rubber.

- Measurement range: 1 mm ... 250 mm / 0.04 in ... 9.84 in (uncoated steel), 2.5 mm ... 20 mm / 0.1 in ... 0.79 in (coated surfaces)
- Accuracy: ±0.5% of measured value + 0.02 mm / 0.0008 in
- Resolution: 0.01 mm / 0.0004 in (Less than 100 mm / 3.9 inch); 0.1 mm / 0.004 in (over 100 mm / 3.9 inch)
- Sound velocity: 1000 m/s ... 9999 m/s / 3280 ft/s ... 32805 ft/s

 

PCE-TG 250 is a portable Thickness Test Instrument with an easy-to-read 4-digit display. This ultrasound-based Thickness Test Instrument uses a contact transducer (included) to measure the thickness of coated and uncoated ferrous and non-ferrous metal, glass, plastic, and other homogeneous materials including aluminum, brass, copper, iron, lead, nickel, steel, gold, titanium, pyrex and quartz glass, nylon, polyethylene, and silicone rubber.

- Measurement range: 1 mm ... 250 mm / 0.04 in ... 9.84 in (uncoated steel), 2.5 mm ... 20 mm / 0.1 in ... 0.79 in (coated surfaces)
- Accuracy: ±0.5% of measured value + 0.02 mm / 0.0008 in
- Resolution: 0.01 mm / 0.0004 in (Less than 100 mm / 3.9 inch); 0.1 mm / 0.004 in (over 100 mm / 3.9 inch)
- Sound velocity: 1000 m/s ... 9999 m/s / 3280 ft/s ... 32805 ft/s

 

PCE-TG 250 is a portable Ultrasonic Thickness Tester with an easy-to-read 4-digit display. This ultrasound-based Thickness Tester uses a contact transducer (included) to measure the thickness of coated and uncoated ferrous and non-ferrous metal, glass, plastic, and other homogeneous materials including aluminum, brass, copper, iron, lead, nickel, steel, gold, titanium, pyrex and quartz glass, nylon, polyethylene, and silicone rubber.

- Measurement range: 1 mm ... 250 mm / 0.04 in ... 9.84 in (uncoated steel), 2.5 mm ... 20 mm / 0.1 in ... 0.79 in (coated surfaces)
- Accuracy: ±0.5% of measured value + 0.02 mm / 0.0008 in
- Resolution: 0.01 mm / 0.0004 in (Less than 100 mm / 3.9 inch); 0.1 mm / 0.004 in (over 100 mm / 3.9 inch)
- Sound velocity: 1000 m/s ... 9999 m/s / 3280 ft/s ... 32805 ft/s

 

The anemometer PCE-WSAC 50W is primarily used to measure and monitor the wind load on cranes or wind turbines. Furthermore, the wind situation can be measured and analyzed before commissioning a wind turbine.

- Measuring range up to 180 km / h
- Input: pulse, analogue (4 ... 20-mA) or radio transmission
- 4 ... 20-mA analog output
- Supply voltage: 24V DC
- Ambient temperature -20 ... 70°C / -4 ... 158°F
- units adjustable: km / h, mph, m / s

The wind speed alarm controller PCE-WSAC 50W is primarily used to measure and monitor the wind load on cranes or wind turbines. Furthermore, the wind situation can be measured and analyzed before commissioning a wind turbine.

- Measuring range up to 180 km / h
- Input: pulse, analogue (4 ... 20-mA) or radio transmission
- 4 ... 20-mA analog output
- Supply voltage: 24V DC
- Ambient temperature -20 ... 70°C / -4 ... 158°F
- units adjustable: km / h, mph, m / s

The Wind Speed Meter PCE-WSAC 50W is primarily used to measure and monitor the wind load on cranes or wind turbines. Furthermore, the wind situation can be measured and analyzed before commissioning a wind turbine. The high measuring range of up to 50 m/s of the wind speed meter means stormy gusts can also be monitored.

- Measuring range up to 180 km / h
- Input: pulse, analogue (4 ... 20-mA) or radio transmission
- 4 ... 20-mA analog output
- Supply voltage: 24V DC
- Ambient temperature -20 ... 70°C / -4 ... 158°F
- units adjustable: km / h, mph, m / s

- Measuring range up to 180 km / h
- Input: Pulse, analogue (4 ... 20-mA) or radio transmission
- 4 ... 20-mA analogue output
- Supply voltage: 110 ... 230V AC, 50/60 Hz
- Ambient temperature -20 .. . 70°C / -4 ... 158°F
- Units adjustable: km / h, mph, m / s

The Air Flow Meter PCE-WSAC 50W is primarily used to measure and monitor the wind load on cranes or wind turbines. Furthermore, the wind situation can be measured and analyzed before commissioning a wind turbine. The high measuring range of up to 50 m/s of the air flow meter means stormy gusts can also be monitored.

- Measuring range up to 180 km / h
- Input: pulse, analogue (4 ... 20-mA) or radio transmission
- 4 ... 20-mA analog output
- Supply voltage: 24V DC
- Ambient temperature -20 ... 70°C / -4 ... 158°F
- units adjustable: km / h, mph, m / s

- Measuring range up to 180 km / h
- Input: Pulse, analogue (4 ... 20-mA) or radio transmission
- 4 ... 20-mA analogue output
- Supply voltage: 110 ... 230V AC, 50/60 Hz
- Ambient temperature -20 .. . 70°C / -4 ... 158°F
- Units adjustable: km / h, mph, m / s

The Air Velocity Meter PCE-WSAC 50W is primarily used to measure and monitor the wind load on cranes or wind turbines. Furthermore, the wind situation can be measured and analyzed before commissioning a wind turbine. The high measuring range of up to 50 m/s of the air velocity meter means stormy gusts can also be monitored.

- Measuring range up to 180 km / h
- Input: pulse, analogue (4 ... 20-mA) or radio transmission
- 4 ... 20-mA analog output
- Supply voltage: 24V DC
- Ambient temperature -20 ... 70°C / -4 ... 158°F
- units adjustable: km / h, mph, m / s

The concrete hardness tester is an analog measuring device to determine concrete strength. The measuring method of the concrete hardness tester is based on the Schmidt principle. With this measuring method, a kinetic impact energy hits the concrete from the concrete hardness tester. The resulting rebound enables the concrete hardness tester to determine the strength of the concrete.

- Nominal kinetic energy: 4.5 J
- For high-strength concrete
- Simple and quick operation
- For determining concrete hardness
- Schmidt principle

The concrete rebound test hammer is an analog measuring device to determine concrete strength. The measuring method of the concrete rebound test hammer is based on the Schmidt principle. With this measuring method, a kinetic impact energy hits the concrete from the concrete rebound test hammer. The resulting rebound enables the concrete rebound test hammer to determine the strength of the concrete.

- Nominal kinetic energy: 4.5 J
- For high-strength concrete
- Simple and quick operation
- For determining concrete hardness
- Schmidt principle

The durometer is an analog measuring device to determine concrete strength. The measuring method of the concrete durometer is based on the Schmidt principle. With this measuring method, a kinetic impact energy hits the concrete from the durometer. The resulting rebound enables the durometer to determine the strength of the concrete.

- Nominal kinetic energy: 4.5 J
- For high-strength concrete
- Simple and quick operation
- For determining concrete hardness
- Schmidt principle

The material tester is an analog measuring device to determine concrete strength. The measuring method of the material tester is based on the Schmidt principle. With this measuring method, a kinetic impact energy hits the concrete from the material tester. The resulting rebound enables the material tester to determine the strength of the concrete.

- Nominal kinetic energy: 4.5 J
- For high-strength concrete
- Simple and quick operation
- For determining concrete hardness
- Schmidt principle

The NDT tester - hardness tester is an analog measuring device to determine concrete strength. The measuring method of the NDT tester - hardness tester is based on the Schmidt principle. With this measuring method, a kinetic impact energy hits the concrete from the NDT tester - hardness tester. The resulting rebound enables the NDT tester - hardness tester to determine the strength of the concrete.

- Nominal kinetic energy: 4.5 J
- For high-strength concrete
- Simple and quick operation
- For determining concrete hardness
- Schmidt principle

The roll hardness tester is an analog measuring device to determine concrete strength. The measuring method of the roll hardness tester is based on the Schmidt principle. With this measuring method, a kinetic impact energy hits the concrete from the roll hardness tester. The resulting rebound enables the roll hardness tester to determine the strength of the concrete.

- Nominal kinetic energy: 4.5 J
- For high-strength concrete
- Simple and quick operation
- For determining concrete hardness
- Schmidt principle